CN116205551A - Management system combining vehicle GPS and enterprise logistics - Google Patents
Management system combining vehicle GPS and enterprise logistics Download PDFInfo
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Abstract
The invention discloses a management system combining a vehicle GPS and an enterprise logistics, in particular to the technical field of logistics transportation distribution data processing, which comprises a mobile phone real-time positioning module connected with an external Bluetooth of the vehicle GPS, a GPS positioning instrument is arranged on a vehicle transported by a logistics enterprise, the external Bluetooth of the vehicle is opened to be matched and connected with a mobile phone Bluetooth of a driver, the position information of the mobile vehicle is positioned and displayed in real time, and the position information of the vehicle is uploaded by a mobile phone WeChat applet and is transmitted to a wireless network communication transceiver module for retransmission, so that the mobile position information is positioned in real time in the transportation process of the logistics vehicle; the invention particularly adopts a method of combining the vehicle GPS and the enterprise logistics, realizes the function of controlling and managing the distribution processing of the subsidiary company by the position service center of the logistics enterprise platform, and achieves the effect of improving the management strength and the management efficiency of the vehicles and the information in the development process of the logistics enterprise.
Description
Technical Field
The invention relates to the technical field of logistics transportation and distribution data processing, in particular to a management system combining a vehicle GPS and enterprise logistics.
Background
Along with the problems of fast work rhythm and high living pressure, more people like online shopping, and time, energy and consumption cost of shopping malls are saved, so that in order to promote economic development and meet social demands, the social electricity-on business industry is rapidly developed, meanwhile, the rapid growth and competitive development of logistics industry are promoted, and each logistics company also faces the problem of vehicle management in the process of competitive development in the market.
As is well known, a logistics enterprise is a service industry for providing vehicle carrying, driver configuration, route planning, large amount of business bill information, cargo loading and unloading safety, cargo information management checking and service clients, and in the existing development process, the logistics enterprise faces the biggest problems of vehicle management and information management, because most of logistics enterprises are free from vehicle tracking monitoring management and imperfect information technology of configuration, so that input cost is high, and the state of the vehicle transportation process cannot respond to clients in time, high-quality service is not provided, and a software system which is jointly created by combining a communication network transmission signal technology, a vehicle GPS technology and a computer technology in the prior art is used for managing vehicles and information by enterprise logistics.
The existing management system for combining the vehicle GPS and the enterprise logistics has the problems that the GPS positioning system is not installed on the vehicle, the real-time position information of the vehicle running cannot be uploaded through the mobile phone APP, and the system platform communication channels of the logistics enterprises cannot be connected with a plurality of enterprises, so that the real-time information of the logistics distribution cannot be shared to the enterprises for planning, supervising and managing and the problem that the users cannot respond to provide high-quality services.
Disclosure of Invention
In order to overcome the above-mentioned drawbacks of the prior art, an embodiment of the present invention provides a management system for combining a vehicle GPS with an enterprise logistics, which is used to combine the vehicle GPS with an enterprise logistics platform to comprehensively serve and distribute a monitoring system for a logistics company, so as to solve the problems set forth in the above-mentioned background art.
In order to achieve the above purpose, the present invention provides the following technical solutions: a management system combining a vehicle GPS and an enterprise logistics comprises a mobile phone real-time positioning module connected with a vehicle GPS external Bluetooth, a GPS positioning instrument is installed on a vehicle transported by a logistics enterprise, the vehicle external Bluetooth is opened to be connected with a driver mobile phone Bluetooth in a matching way, the position information of a mobile vehicle is positioned and displayed in real time, and the position information of the mobile vehicle is uploaded by a mobile phone WeChat applet and transmitted to a wireless network communication transceiver module for retransmission, so that the dynamic position information in the transportation process of the logistics vehicle is positioned in real time;
the wireless network communication transceiver module is used for receiving vehicle position signal data transmitted by the vehicle GPS external Bluetooth connection mobile phone real-time positioning module, transmitting the received data to the logistics enterprise service platform terminal receiving information processing module for vehicle identification, analysis and calculation processing and is used for receiving and transmitting data between the connection system modules;
the logistics enterprise service platform terminal receives the information processing module, recognizes and judges the vehicle position signal and the vehicle self data information transmitted by the wireless network communication receiving and transmitting module, matches the logistics company information corresponding to the vehicle information, transmits the corresponding vehicle information to the equipment docking corresponding logistics company planning and supervising module to carry out the planning and supervising of the logistics company pertinence, and is used for unified and centralized processing of the logistics enterprise platform position service;
the system comprises a storage vehicle position information sharing equipment using module, a storage vehicle position information sharing module and a storage vehicle position information sharing module, wherein the storage vehicle position information sharing module stores and memorizes the data information and processed information of the information processing module received by a receiving logistics enterprise service platform terminal, and uses a computer server device used by the platform position information processing terminal to carry out sharing service of information transmission of a plurality of logistics companies, and the sharing service is used for recording historical vehicle information, comparing, calculating and analyzing corresponding logistics company information and reducing cost investment;
the equipment is in butt joint with a corresponding logistics company planning and supervision module, which is used for receiving the vehicle information identified and calculated by the information processing module and synchronously transmitting the vehicle information to the PC end of the corresponding logistics company through the equipment communication channel, so that the logistics company carries out planning and supervision processing on the vehicle position information, the transported goods information and the goods client information, and the sub-company of the logistics enterprise carries out planning and supervision on the regional, spatial and time aspects;
the logistics company forecast time response customer service module is used for abutting against the dynamic position information of the logistics transportation vehicles displayed by the corresponding logistics company planning and monitoring module through receiving equipment, forecasting and calculating the time period that the vehicles arrive at the subsidiary company of the logistics company, informing the customer of the arrival time and the transportation price of goods in the form of electric connection and short messages before the time period by personnel of the logistics company, providing service for responding to the customer in time and improving the use efficiency of the logistics vehicles;
the order finance cashier analysis and inquiry monitoring module is characterized in that receiving equipment is in butt joint with the goods order information displayed by the corresponding logistics company planning and supervision module, the cashier amount of order finance is calculated by utilizing a mathematical algorithm, a computer is used for making a table file to carry out statistical analysis, financial data are monitored in real time, and the data are used for monitoring the financial cashier data on line, so that loss caused by deviation of balance amount is prevented.
In a preferred embodiment, the vehicle GPS external bluetooth connection mobile phone real-time positioning module includes a GPS locator unit, a bluetooth device matching unit and an MP uploading information unit, where the GPS locator unit is configured to mount a GPS locator on a vehicle of a logistics company, and the GPS locator is configured to receive satellite signal measurements to calculate three-dimensional position data, speed and time information of the vehicle, and is used for positioning the position information of the vehicle in real time; the Bluetooth equipment matching unit is used for performing short-distance wireless connection between the external Bluetooth on the vehicle and the Bluetooth of the mobile phone of the driver by utilizing the Bluetooth technology, and is used for transmitting the vehicle position information; the MP uploading information unit is used for uploading vehicle position information which is connected with the Bluetooth of the mobile phone of the driver in a matching way to the service terminal of the logistics enterprise platform through a WeChat applet by utilizing a network communication technology and is used for connecting the mobile phone of the driver in real time to update the vehicle position data.
In a preferred embodiment, the wireless network communication transceiver module includes a JF24D component that is a physical wireless transceiver module integrating a GFSK transceiver circuit with high frequency keying, and has 81 data transmission channels that do not interfere with each other, and is adapted to be used in a wireless data transmission system in which a plurality of receiving devices transmit data signals to one device, and transmits the data signals by means of a serial port protocol; the GFSK is to perform analog frequency modulation on a radio frequency carrier after the input digital signal is processed by a gaussian low pass filter to limit the frequency spectrum width of the signal.
In a preferred embodiment, the information processing module received by the logistic enterprise service platform terminal includes a received data identification and classification processing unit and a device serial port transmission unit, wherein the received data identification and classification processing unit is used for receiving a plurality of pieces of vehicle position information at the logistic enterprise service platform terminal, comparing and calculating vehicle driving route information, vehicle license plate information and driver mobile phone number information, comparing and identifying the vehicle information with initial stored vehicle information registered and used by a subsidiary company of the logistic enterprise, and classifying the data information by adopting a neural network algorithm according to the identified vehicle information; the equipment serial port transmission unit is used for transmitting the data information identified and calculated by the received data identification and classification processing unit to the planning supervision service terminal of the logistics enterprise subsidiary from the logistics enterprise service platform terminal equipment in a serial port protocol mode.
In a preferred embodiment, the storage vehicle location information sharing device usage module includes a multi-channel device unit and an information storage unit, where the multi-channel device unit has a plurality of data transmission channels on a device terminal, and is used for one-to-many communication from a logistics enterprise service platform terminal device to a planning and supervision service terminal of a logistics enterprise subsidiary; the information storage unit is a function of storing data and reading and writing the data, and comprises a plurality of storage units in a memory, wherein the storage units are basic units for accessing the memory by a processor, the size of the storage units is eight-bit binary bytes, and each storage unit is provided with an integer coded address representation.
In a preferred embodiment, the device is in butt joint with a corresponding logistics company planning and supervising module, and the device comprises a vehicle position information real-time supervising unit, a transportation goods information synchronous supervising unit and a driver transportation route planning unit, wherein the vehicle position information real-time supervising unit is used for receiving data of vehicle position information through a computer, and feeding back the position, running speed, time and route state quantity of the vehicle from a computer display screen to staff of a logistics enterprise subsidiary to perform online monitoring, positioning, tracking, track checking and management operation by utilizing a mobile communication technology and a dynamic simulation map technology; the transportation goods information synchronous supervision unit transmits order information of transportation goods through a micro-letter applet on a mobile phone of a vehicle driver, staff of a logistics enterprise subsidiary synchronously receives the order information to monitor, and confirms that the order information is manually checked and managed without modification and error in the transportation process; the driver transportation route planning unit obtains an optimal path model by utilizing a GPS positioning route of a vehicle and adopting a genetic algorithm, selects an optimal route for transporting goods, and optimizes transportation time and transportation cost; the genetic algorithm is a method for searching an optimal solution by simulating a natural evolution process, automatically acquires and accumulates knowledge about a search space in the searching process, and adaptively controls the searching process to obtain the optimal solution.
In a preferred embodiment, the physical distribution company prediction time response client service module comprises a PC end positioning display dynamic image unit, a time prediction model establishment calculation unit and an early warning artificial electricity coupling short message notification client unit, wherein the PC end positioning display dynamic image unit is used for receiving vehicle GPS running state data information at a planning and supervision service terminal of a physical distribution enterprise sub-company, setting playing of dynamic images on a connected computer and displaying a dynamic model of a vehicle running route and a transportation state from a display screen; the time prediction model calculation unit is used for performing time formula calculation according to the parameters of the time difference caused by the position of the vehicle on the route, the path length, the driving speed and the accidental factors
Wherein t is the arrival time, S is the path, v is the constant speed, t 0 For additional compensationPredicting a point in time when the vehicle arrives at a subsidiary of the logistics enterprise; the early warning artificial electricity short message informing client unit is used for sending early warning information in the first half hour of the predicted arrival time period calculated by the time prediction model calculation unit, feeding the early warning information back to staff of the logistics enterprise subsidiary company, and carrying out goods extraction and money transaction by adopting telephone voice communication and mobile phone short message to contact the client according to the received order information.
In a preferred embodiment, the order finance and cashier analysis and inquiry monitoring module comprises a goods order funds cashier calculating unit, an additional expenditure data checking unit, a profit calculation and analysis unit and a data information on-line monitoring unit, wherein the goods order funds cashier calculating unit calculates the statistical order freight and the goods money amount by using a computer table function; the extra expense data checking unit takes an artificial checking result as training sample data, and performs financial checking on the oil cost, the driver cost and the vehicle repairing loss in the vehicle form according to a machine learning technology; the profit calculation and analysis unit adopts a mathematical profit calculation formula w 0 Calculated by =w-P, where W 0 The daily profit is obtained by subtracting the transportation oil consumption, the daily wages of drivers and the vehicle loss cost from the total amount of the order freight; the data information on-line monitoring unit is used for monitoring the calculation data of the goods order fund cashing calculation unit, the extra expenditure data checking unit and the profit calculation analysis unit, and managing the financial profits and losses in an on-line control mode.
The invention has the technical effects and advantages that:
the invention particularly adopts a method of combining the vehicle GPS and the enterprise logistics, realizes the function of controlling and managing the distribution processing of the subsidiary company by the position service center of the logistics enterprise platform, and achieves the effect of improving the management strength and the management efficiency of the vehicles and the information in the development process of the logistics enterprise.
The invention particularly adopts the function that a vehicle GPS external Bluetooth is connected with a mobile phone real-time positioning module to add a driver mobile phone WeChat applet to upload vehicle positioning information, a logistics enterprise service platform terminal receiving information processing module increases the unified receiving signal processing and signal transmission functions of a logistics enterprise respectively, a logistics enterprise prediction time response client service module increases the function of timely responding to clients, an order financial cashier analysis and inquiry monitoring module increases the function of accurately controlling financial balance states of the logistics enterprise, the GPS positioning system is installed on the logistics vehicle, the real-time position information of vehicle operation is monitored through a PC end, and the system platform communication channel of the logistics enterprise is directly connected with a plurality of enterprise sharing devices and the effect of controlling financial balance and profit and loss calculation
Drawings
FIG. 1 is a flow chart of a vehicle GPS and enterprise logistics combined management system of the present invention.
Fig. 2 is a block diagram of a management system combining a vehicle GPS and an enterprise logistics according to the present invention.
Fig. 3 is a diagram of a real-time positioning module of a vehicle GPS external bluetooth connection mobile phone according to the present invention.
Fig. 4 is a diagram of a wireless network communication transceiver module according to the present invention.
Fig. 5 is a block diagram of a receiving information processing module of a logistics enterprise service platform terminal according to the present invention.
Fig. 6 is a block diagram showing the use of the storage vehicle position information sharing apparatus of the present invention.
FIG. 7 is a diagram of a module for managing the planning of a corresponding logistics company in a device docking mode.
FIG. 8 is a block diagram of a logistics company forecast time response customer service module in accordance with the present invention.
FIG. 9 is a diagram of an order finance analysis query monitoring module of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The embodiment provides a flow chart of a management system combining a vehicle GPS and an enterprise logistics as shown in fig. 1, which is divided into an edge terminal, a platform position service terminal and an enterprise GPS planning and supervision service terminal, wherein the edge terminal is formed by installing a GPS positioner on a logistics vehicle and matching with a mobile phone of a vehicle driver, uploading position information by utilizing a wireless network technology and a protocol port of a check-in platform device, and transmitting the vehicle position to the platform position service terminal in a form of a mobile phone WeChat applet for business data processing; the platform position service terminal receives the vehicle transportation position information uploaded by the edge terminal through the equipment protocol port, judges the vehicle corresponding to the logistics enterprise according to the received signal, connects to the enterprise communication channel through the communication equipment, enables the enterprise GPS planning and supervision service terminal corresponding to the vehicle to track and manage, and stores the vehicle information in the platform as historical data; the enterprise GPS planning and supervision service terminal receives signals of the platform position service terminal, supervises vehicle state and cargo information data, predicts and calculates according to order articles and vehicle position information of logistics transportation, timely provides corresponding services for users, and carries out financial supervision on articles of the order information.
The embodiment provides a management system for combining a vehicle GPS and an enterprise logistics as shown in FIG. 2, which comprises
The vehicle GPS external Bluetooth is connected with the mobile phone real-time positioning module, a GPS positioning instrument is installed on a vehicle transported by a logistics enterprise, the vehicle external Bluetooth is opened to be in matched connection with the driver mobile phone Bluetooth, the position information of the mobile vehicle is positioned and displayed in real time, and the vehicle position information is uploaded by a mobile phone WeChat applet and is transmitted to the wireless network communication transceiver module for retransmission, so that the vehicle GPS external Bluetooth is used for positioning the dynamic position information in the logistics vehicle transportation process in real time;
the wireless network communication transceiver module is used for receiving vehicle position signal data transmitted by the vehicle GPS external Bluetooth connection mobile phone real-time positioning module, transmitting the received data to the logistics enterprise service platform terminal receiving information processing module for vehicle identification, analysis and calculation processing and is used for receiving and transmitting data between the connection system modules;
the logistics enterprise service platform terminal receives the information processing module, recognizes and judges the vehicle position signal and the vehicle self data information transmitted by the wireless network communication receiving and transmitting module, matches the logistics company information corresponding to the vehicle information, transmits the corresponding vehicle information to the equipment docking corresponding logistics company planning and supervising module to carry out the planning and supervising of the logistics company pertinence, and is used for unified and centralized processing of the logistics enterprise platform position service;
the system comprises a storage vehicle position information sharing equipment using module, a storage vehicle position information sharing module and a storage vehicle position information sharing module, wherein the storage vehicle position information sharing module stores and memorizes the data information and processed information of the information processing module received by a receiving logistics enterprise service platform terminal, and uses a computer server device used by the platform position information processing terminal to carry out sharing service of information transmission of a plurality of logistics companies, and the sharing service is used for recording historical vehicle information, comparing, calculating and analyzing corresponding logistics company information and reducing cost investment;
the equipment is in butt joint with a corresponding logistics company planning and supervision module, which is used for receiving the vehicle information identified and calculated by the information processing module and synchronously transmitting the vehicle information to the PC end of the corresponding logistics company through the equipment communication channel, so that the logistics company carries out planning and supervision processing on the vehicle position information, the transported goods information and the goods client information, and the sub-company of the logistics enterprise carries out planning and supervision on the regional, spatial and time aspects;
the logistics company forecast time response customer service module is used for abutting against the dynamic position information of the logistics transportation vehicles displayed by the corresponding logistics company planning and monitoring module through receiving equipment, forecasting and calculating the time period that the vehicles arrive at the subsidiary company of the logistics company, informing the customer of the arrival time and the transportation price of goods in the form of electric connection and short messages before the time period by personnel of the logistics company, providing service for responding to the customer in time and improving the use efficiency of the logistics vehicles;
the order finance cashier analysis and inquiry monitoring module is characterized in that receiving equipment is in butt joint with the goods order information displayed by the corresponding logistics company planning and supervision module, the cashier amount of order finance is calculated by utilizing a mathematical algorithm, a computer is used for making a table file to carry out statistical analysis, financial data are monitored in real time, and the data are used for monitoring the financial cashier data on line, so that loss caused by deviation of balance amount is prevented.
In this embodiment, as shown in fig. 3, the vehicle GPS external bluetooth connection mobile phone real-time positioning module specifically includes a GPS locator unit, a bluetooth device matching unit, and an MP upload information unit, where the GPS locator unit is installed on a vehicle of a logistics company, and the GPS locator is composed of a GPS signal receiver and a mobile communication chip, and is used for calculating three-dimensional position data, speed and time information of the vehicle by receiving satellite signal measurement, and for positioning the position information of the vehicle in real time; the Bluetooth equipment matching unit is used for performing short-distance wireless connection between the external Bluetooth on the vehicle and the Bluetooth of the mobile phone of the driver by utilizing the Bluetooth technology, and is used for transmitting the vehicle position information; the MP uploading information unit is used for uploading vehicle position information which is connected with the Bluetooth of the mobile phone of the driver in a matching way to the service terminal of the logistics enterprise platform through a WeChat applet by utilizing a network communication technology and is used for connecting the mobile phone of the driver in real time to update the vehicle position data.
As shown in fig. 4, in this embodiment, the wireless network communication transceiver module specifically includes a JF24D component that is a physical wireless transceiver module integrating a GFSK transceiver circuit with high frequency keying, and has 81 data transmission channels that do not interfere with each other, and is adapted to be used in a wireless data transmission system in which a plurality of receiving devices transmit data signals to one device, and transmits the data signals by means of a serial port protocol; the GFSK is to perform analog frequency modulation on a radio frequency carrier after the input digital signal is processed by a gaussian low pass filter to limit the frequency spectrum width of the signal.
In this embodiment as shown in fig. 5, the receiving information processing module of the logistic enterprise service platform terminal specifically illustrates that the receiving data identifying and classifying processing unit includes a receiving data identifying and classifying processing unit and a device serial port transmission unit, wherein the receiving data identifying and classifying processing unit is used for receiving a plurality of pieces of vehicle position information at the logistic enterprise service platform terminal, comparing and calculating the vehicle driving route information, the vehicle license plate information and the driver mobile phone number information, comparing and identifying the vehicle information with the initially stored vehicle information registered and used by the subsidiary company of the logistic enterprise, and classifying the data information by adopting a neural network algorithm after identifying the vehicle information; the equipment serial port transmission unit is used for transmitting the data information identified and calculated by the received data identification and classification processing unit to the planning supervision service terminal of the logistics enterprise subsidiary from the logistics enterprise service platform terminal equipment in a serial port protocol mode.
As shown in fig. 6, the specific illustration is that the storage vehicle location information sharing device usage module includes a multi-channel device unit and an information storage unit, where the multi-channel device unit has a plurality of data transmission channels on a device terminal, and is used for one-to-many communication from a logistics enterprise service platform terminal device to a planning and supervision service terminal of a logistics enterprise subsidiary; the information storage unit is a function of storing data and reading and writing the data, and comprises a plurality of storage units in a memory, wherein the storage units are basic units for accessing the memory by a processor, the size of the storage units is eight-bit binary bytes, and each storage unit is provided with an integer coded address representation.
In this embodiment as shown in fig. 7, it is specifically illustrated that the device docking corresponding logistics company planning and supervising module includes a vehicle position information real-time supervising unit, a transportation goods information synchronous supervising unit and a driver transportation route planning unit, where the vehicle position information real-time supervising unit receives data of vehicle position information through a computer, and feeds back the position, running speed, time and route state quantity of the vehicle from a computer display screen to staff of a logistics enterprise sub-company to perform online monitoring, positioning, tracking, track viewing and management operations by using a mobile communication technology and a dynamic simulation map technology; the transportation goods information synchronous supervision unit transmits order information of transportation goods through a micro-letter applet on a mobile phone of a vehicle driver, staff of a logistics enterprise subsidiary synchronously receives the order information to monitor, and confirms that the order information is manually checked and managed without modification and error in the transportation process; the driver transportation route planning unit obtains an optimal path model by utilizing a GPS positioning route of a vehicle and adopting a genetic algorithm, selects an optimal route for transporting goods, and optimizes transportation time and transportation cost; the genetic algorithm is a method for searching an optimal solution by simulating a natural evolution process, knowledge about a search space is automatically acquired and accumulated in the searching process, the searching process is adaptively controlled to obtain the optimal solution, and a computer language is used for editing and obtaining an optimal path code as follows:
in this embodiment, as shown in fig. 8, the specific explanation is that the physical distribution company prediction time response customer service module includes a PC end positioning display dynamic image unit, a time prediction model establishment calculation unit, and an early warning artificial electricity short message notification customer unit, where the PC end positioning display dynamic image unit is a dynamic model that receives vehicle GPS running state data information at a planning and supervision service terminal of a physical distribution enterprise sub-company, sets a running of a dynamic image on a connected computer, and presents a running route and a transportation state of the vehicle from a display screen; the time prediction model calculation unit is used for performing time formula calculation according to the parameters of the time difference caused by the position of the vehicle on the route, the path length, the driving speed and the accidental factors
Wherein t is the arrival time, S is the path, v is the constant speed, t 0 Predicting a point in time when the vehicle arrives at a subsidiary of the logistics enterprise for additional compensation time; the early warning artificial electricity short message informing client unit is used for calculating the first half hour of the predicted arrival time period by the time prediction model calculation unitAnd sending out early warning information, feeding back the early warning information to staff of the logistics enterprise sub-company, and contacting a customer by adopting telephone voice communication and mobile phone short messages to extract goods and transact money according to the received order information.
In this embodiment, as shown in fig. 9, the order finance and cashing analysis and query monitoring module specifically includes a cargo order funds cashing calculating unit, an additional expenditure data checking unit, a profit calculation and analysis unit and a data information on-line monitoring unit, where the cargo order funds cashing calculating unit uses a computer table function to calculate the freight rate and the money amount of the cargo; the extra expense data checking unit takes an artificial checking result as training sample data, and performs financial checking on the oil cost, the driver cost and the vehicle repairing loss in the vehicle form according to a machine learning technology; the profit calculation and analysis unit adopts a mathematical profit calculation formula w 0 Calculated by =w-P, where W 0 The daily profit is obtained by subtracting the transportation oil consumption, the daily wages of drivers and the vehicle loss cost from the total amount of the order freight; the data information on-line monitoring unit is used for monitoring the calculation data of the goods order fund cashing calculation unit, the extra expenditure data checking unit and the profit calculation analysis unit, and managing the financial profits and losses in an on-line control mode.
Finally: the foregoing description of the preferred embodiments of the invention is not intended to limit the invention to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and principles of the invention are intended to be included within the scope of the invention.
Claims (8)
1. A management system combining a vehicle GPS and enterprise logistics is characterized in that: the system comprises a vehicle GPS external Bluetooth connection mobile phone real-time positioning module, a mobile phone real-time positioning module and a mobile phone real-time positioning module, wherein the vehicle GPS external Bluetooth connection mobile phone real-time positioning module is used for positioning dynamic position information in the logistics vehicle transportation process in real time;
the wireless network communication transceiver module is used for receiving the vehicle position signal data transmitted by the vehicle GPS external Bluetooth connection mobile phone real-time positioning module, transmitting the received data to the logistics enterprise service platform terminal receiving information processing module for calculation processing;
the logistics enterprise service platform terminal receives the information processing module, and transmits corresponding vehicle information to the corresponding logistics company planning and supervision module of equipment docking for planning and supervision of the logistics company in a targeted manner by receiving the vehicle position signals transmitted by the wireless network communication transceiver module;
the storage vehicle position information sharing equipment use module is used for storing and memorizing the data information and the processed information of the information processing module received by the receiving logistics enterprise service platform terminal;
the equipment is in butt joint with a corresponding logistics company planning and supervision module, which is used for receiving the vehicle information which is identified and calculated by the information processing module and is transmitted to the PC end of the corresponding logistics company synchronously through the equipment communication channel by the logistics enterprise service platform terminal, so that the logistics company carries out planning and supervision processing on the vehicle position information, the transported goods information and the goods customer information;
the logistics company forecast time response customer service module is used for abutting against the dynamic position information of the logistics transportation vehicles displayed by the corresponding logistics company planning and monitoring module through receiving equipment, forecasting and calculating the time period that the vehicles reach the subsidiary companies of the logistics company, and informing the customer of the arrival time and the transportation price of goods in the form of electric connection and short messages before the time period;
the order financial cashier analysis, inquiry and monitoring module is used for receiving the goods order information displayed by the corresponding logistics company planning and monitoring module in a butt joint mode by the receiving equipment and monitoring financial cashier data on line.
2. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the vehicle GPS external Bluetooth connection mobile phone real-time positioning module comprises a GPS locator unit, a Bluetooth equipment matching unit and an MP uploading information unit, wherein the GPS locator unit is used for installing a GPS locator on a vehicle of a logistics company and calculating three-dimensional position data, speed and time information of the vehicle by receiving satellite signal measurement; the Bluetooth equipment matching unit is used for performing short-distance wireless connection between the external Bluetooth opening of the vehicle and the Bluetooth opening of the mobile phone of the driver; the MP uploading information unit is used for uploading vehicle position information of Bluetooth matched connection of a driver mobile phone to the logistics enterprise platform service terminal through a WeChat applet.
3. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the wireless network communication transceiver module comprises a JF24D element, is a physical wireless transceiver module integrating a high-frequency keying GFSK transceiver circuit, and transmits data signals in a serial port protocol mode.
4. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the logistics enterprise service platform terminal receiving information processing module comprises a receiving data identification and classification processing unit and a device serial port transmission unit, wherein the receiving data identification and classification processing unit is used for receiving a plurality of pieces of vehicle position information at the logistics enterprise service platform terminal and classifying data information by adopting a neural network algorithm; the device serial port transmission unit is used for transmitting the data information recognized and classified calculated by the received data recognition and classification processing unit in a serial port protocol mode.
5. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the storage vehicle position information sharing device using module comprises a multichannel device unit and an information storage unit, wherein the multichannel device unit is a one-to-many communication device, a plurality of data transmission channels exist on a device terminal, and a logistics enterprise service platform terminal device transmits the data transmission channels to a planning supervision service terminal of a logistics enterprise subsidiary; the information storage unit is a function of storing data and reading and writing the data, and the storage unit comprises a plurality of storage units.
6. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the equipment is in butt joint with corresponding logistics company planning and supervising modules, and the equipment comprises a vehicle position information real-time supervising unit, a transportation goods information synchronous supervising unit and a driver transportation route planning unit, wherein the vehicle position information real-time supervising unit is used for receiving data of vehicle position information through a computer and feeding back the position, running speed, time and route state quantity of the vehicle from a computer display screen to staff of a logistics enterprise sub-company for on-line monitoring, positioning, tracking, track checking and management operation; the transportation goods information synchronous supervision unit transmits order information of transportation goods through a micro-letter applet on a mobile phone of a vehicle driver, staff of a logistics enterprise subsidiary synchronously receives the order information to monitor, and confirms that the order information is manually checked and managed without modification and error in the transportation process; the driver transportation route planning unit obtains an optimal path model by utilizing a GPS positioning route of a vehicle and adopting a genetic algorithm, and selects an optimal route for transporting goods.
7. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the logistics company prediction time response customer service module comprises a PC end positioning display dynamic image unit, a time prediction model building calculation unit and an early warning artificial electricity union short message notification customer unit, wherein the PC end positioning display dynamic image unit is a dynamic model for receiving vehicle GPS running state data information at a planning supervision service terminal of a logistics company sub-company, setting the playing of dynamic images on a connected computer and displaying a vehicle running route and a transportation state from a display screen; the time prediction model calculation unit is used for carrying out time formula calculation according to the position of the vehicle on the route, the path length, the driving speed and the parameters of the time difference value caused by accidental factors, and predicting the time point when the vehicle reaches the subsidiary of the logistics enterprise; the early warning artificial electricity short message informing client unit is used for calculating the predicted arrival time by the time prediction model calculation unit to send out early warning information, and feeding back the early warning information to staff of the logistics enterprise subsidiary company to contact the client by adopting telephone voice communication and mobile phone short messages to carry out goods extraction and money transaction.
8. A vehicle GPS and corporate logistics integrated management system of claim 1, wherein: the order financial cashier analysis and inquiry monitoring module comprises a goods order fund cashier calculation unit, an extra expenditure data checking unit, a profit calculation analysis unit and a data information on-line monitoring unit, wherein the goods order fund cashier calculation unit calculates the statistical order freight and the goods money amount by using a computer table function; the extra expense data checking unit takes an artificial checking result as training sample data, and performs financial checking on the oil cost, the driver cost and the vehicle repairing loss in the vehicle form according to a machine learning technology; the profit calculation analysis unit is calculated by adopting a mathematical profit calculation formula; the data information on-line monitoring unit is used for monitoring the calculation data of the goods order fund cashing calculation unit, the extra expenditure data checking unit and the profit calculation analysis unit, and managing the financial profits and losses in an on-line control mode.
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